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RESOLAR Participated in  SNEC 2025

Booth Address: 6.1H-B160

From June 11 to 13, 2025, theSNEC PV POWER & ES EXPO, a global photovoltaic industry event, opened grandly at the National Exhibition and Convention Center (Shanghai). As the first photovoltaic recycling company in China to receive venture capital, RESOLAR appeared at the exhibition (booth number: 6.1H-B160), showing the world its breakthrough progress in the "Full Recycling of Retired Photovoltaic Modules" technology.

As the first venture-funded photovoltaic recycling company in China, RESOLAR has advanced technology and rich industry experience. The 10,000-ton photovoltaic recycling production line built by RESOLAR in Fengyang, Anhui has officially entered mass production, producing a variety of products including recycled glass, aluminum, 6N-grade silicon materials, silver ingots, connecting ribbons and junction box cables, with significant economic benefits.

RESOLAR provided a number of demo products including aluminum frames, photovoltaic glass, connecting ribbons , silver ingots and silicon materials , etc. At the same time, the handicrafts - Tun Rings made of silver and silicon materials recycled from waste photovoltaic modules by RESOLAR were also unveiled in the exhibition hall. The material of the bottom of the Tun Ring came from the silver grid lines recycled from the solar cell fragments, and the material of the Tun Ring surface came from the high-purity silicon materials by RESOLAR. This handicraft attracted the attention of many visitors.

The most eye-catching demo product is the display of the world's first fully recycled photovoltaic module. This module was initiated by the PV Committee of China Green Supply Chain Alliance (China ECOPV Alliance), led by Trina Solar, and jointly completed by several photovoltaic recycling center board units such as RESOLAR, Yongzhen, Flat, and Zhongju. This achievement not only demonstrates major progress in the recycling of waste photovoltaic module resources, but is also a bold attempt to "rebirth" waste photovoltaic modules.